Monday, 14 June 2010

The following drawings propose how the path of the camera could zoom in and out of the space as it descends in a spiralling motion, as opposed to just falling on a single vertical axis. This path shows how the zoom function on a camera could actually be achieved by establishing it into the path of the cameras motion.

Zooming: Elevation of the camera frames captured along camera's path

Zooming: Plan of the camera frames captured along camera's path

Tilt

The following drawings propose how the camera could have the ability to tilt whilst descending along its path.

Tilting: Elevation of the camera frames captured along camera's path

Tilting: Plan of the camera frames captured along camera's path

The reasoning behind these drawings is due to the importance of the device starting to have control over what the camera frame captures, and really starting to set up a strong relationship between the device and the architecture which it is recording.

About Me

I am currently at Chelsea College of Art and Design, studying for a Masters in Interior and Spatial Design. Prior to this I gained my Bachelor of Architecture with Honours (RIBA/ARB Part1) at the University of Nottingham, and then went on to work for Johnson Pilton Walker Architects in Sydney for 1 year.